Digital logistics freight management platform system and method

Abstract

The invention relates to the technical field of logistics data processing, and discloses a digital logistics freight management platform system and method, and the system comprises a management platform which is connected with a satellite positioning device, carries out the statistics of the real-time position of a cargo, and facilitates the real-time confirmation and calling of the position of the cargo by a related person, and a vehicle management platform which is connected with the satellite positioning device. The logistics vehicle management platform is used for being installed on a logistics vehicle, is internally provided with a satellite positioning device, records the position information of the vehicle in real time, uploads the position information to the management platform and the cargo registration platform through a base station, and is used for registering cargos, synchronizing the registration information with the vehicle management platform and enabling the cargos to correspond to the logistics vehicle. The system comprises a vehicle management platform used for being connected with the vehicle management platform, storing data of the vehicle management platform and checking logistics information in a later period, and a base station used for receiving and sending information of all the modules, so that all the modules can be connected with one another and send data to one another, and timely exchange of the data is facilitated.

Description

Technical Field

[0001] The present invention relates to the technical field of logistics data processing, and in particular to a digital logistics freight management platform system and method. Background Art

[0002] Digital logistics refers to the application of Internet technology to support the actual operation of commerce, optimize the entire logistics service chain, and combine related executive members to efficiently meet the logistics needs of enterprises. It is a system provider, optimizer and combiner. It can combine various links of logistics chain information operations, provide customers with operational solutions, collect real-time information, and provide an operational operation platform to achieve the purpose of evaluating, monitoring and quickly reviewing operational information.

[0003] When using traditional digital logistics, the goods are usually bound to the vehicle directly through the cargo scanning device, and then the positioning device directly sends the data to the client, that is, the sender and the recipient, at which time the logistics can be queried. However, when in use, it is usually impossible to record and store the logistics information in real time, resulting in the loss of goods. For this reason, we propose a digital logistics freight management platform system and method to solve the above problems. Summary of the invention

[0004] The purpose of the present invention is to provide a digital logistics freight management platform system and method to solve the problems raised in the above-mentioned background technology.

[0005] To achieve the above objectives, the present invention provides the following technical solutions: a digital logistics freight management platform system and method, comprising: The management platform is connected to the satellite positioning equipment to count the real-time location of the goods, so that the relevant personnel can confirm and retrieve the location of the goods in real time; The vehicle management platform is installed on the logistics vehicle. It is equipped with a satellite positioning device to record the vehicle's location information in real time and upload it to the management platform through the base station; The cargo registration platform is used to register cargo, and then synchronize the registration information with the vehicle management platform to match cargo and logistics vehicles; The archiving server is used to connect to the vehicle management platform to store the data of the vehicle management platform and conduct later investigation of logistics information; The base station is used to receive and send information from each module, so that each module can communicate with each other and send data to each other, facilitating timely exchange of data.

[0006] Preferably, the satellite positioning device is directly installed on the vehicle management platform, and then the vehicle management platform is installed on the logistics vehicle, the circuit between the vehicle management platform and the logistics vehicle is connected, the license plate number and driver information of the logistics vehicle are registered through the vehicle management platform, and the built-in Internet of Things chip of the vehicle management platform is connected to the base station along the way to transmit data in real time.

[0007] Preferably, the management platform receives information from the vehicle management platform through the base station, and then stores the data information on the archiving server for backing up the logistics information, and then sends the logistics information to the shipping and receiving ends through the base station, so that the shipper and consignee can be informed of the logistics information in a timely manner.

[0008] Preferably, the management platform includes a data receiving module, a data sending module, an Internet of Things module, a visual output module, a display module, an input module and a data calculation module, wherein the Internet of Things module is directly connected to the mobile network of the base station through a built-in Internet of Things SIM card, so that the logistics vehicles in motion can synchronize the location information and cargo information to the management platform as soon as possible, and then the Internet of Things module directly sends the received information to the data calculation module through the data receiving module, the data calculation module calculates the information transmitted by the data receiving module, and then directly transmits it to the display module through the visual output module, and the information of the logistics vehicles and the cargo information are centrally displayed through the display module. At this time, the content displayed by the display module can be controlled by the input module, which is convenient for viewing multiple logistics vehicles. At the same time, the data calculation module sends the calculated data to the data sending module, and the data sending module sends the data to the base station through the Internet of Things module, and quickly sends the logistics information to the Internet through the mobile network of the base station, and then the receiving end and the shipping end can directly retrieve and query the logistics information.

[0009] Preferably, the vehicle management platform includes a connection module, a data receiving module, a data sending module, an Internet of Things module and a registration module, wherein the interface provided on the registration module can be directly connected to the cargo registration platform. After the cargo registration platform scans the cargo, the cargo data is directly sent to the registration module, and the connection module can be directly connected to the logistics vehicle. The logistics vehicle supplies power and transmits data to the vehicle management platform through the connection module. At the same time, the vehicle management module can be connected to the satellite positioning device through the connection module, and the location information of the logistics vehicle can be updated in real time through the WeChat positioning device. After that, the data receiving module directly sends the information of the logistics vehicle, the location information of the logistics vehicle and the cargo information to the data sending module, and the data sending module receives the data. The Internet of Things module is directly connected to the mobile network of the base station through the built-in Internet of Things SIM card, and the data is sent to the Internet through the mobile network of the base station as soon as possible.

[0010] Preferably, the method comprises the following steps: Step 1: Connect the wireless module of the cargo registration platform to the vehicle management platform. At this time, scan the logistics order number on the cargo surface through the cargo registration platform and transmit the registered information to the vehicle management platform wirelessly; Step 2: Register vehicle information and driver information through the vehicle management platform, and then send the information to the management platform through the base station for unified collection and management, so that the staff can check the logistics information in time; Step 3: The logistics vehicle starts to transport the goods. During the transportation process, the satellite positioning device records the location of the logistics vehicle in real time, and then sends the location information to the vehicle management platform. The vehicle management platform transmits the location information to the management platform in real time through the connected base station; Step 4: The management platform sends the received information to the archiving server. At the same time, the management platform sends the received information to the shipping end and the receiving end through the base station. Users at the shipping end and the receiving end can obtain the information of their respective related goods in real time.

[0011] Step 5: The information received by the management platform is stored on the archiving server. When there is any doubt about the logistics information, the backup information can be directly retrieved.

[0012] Compared with the prior art, the present invention has the following beneficial effects: The license plate number and driver information of the logistics vehicle are registered through the vehicle management platform, and the Internet of Things chip built into the vehicle management platform is connected to the base station along the way to transmit data in real time. The management platform receives information from the vehicle management platform through the base station, and then stores the data information in the archiving server. The logistics information is then sent to the shipping and receiving ends through the base station, so that the shipper and consignee can learn about the logistics information in time, so that the logistics information can be stored in time to prevent the loss of goods. The management platform includes a data receiving module, a data sending module, an Internet of Things module, a visual output module, a display module, an input module and a data calculation module. The Internet of Things module can be directly connected to the base station and the mobile network of the base station can be used to obtain the information in the first time. The information of logistics vehicles and goods is received and then sent to the data calculation module through the data receiving module. After calculation, it is sent to the display module for display through the visual output module, which is convenient for the staff to track the logistics information in real time and prevent the loss of goods. Then, the data is sent to the shipping end and the receiving end through the base station through the data sending module, so that both parties can understand the logistics information at the first time. The vehicle management platform includes a connection module, a data receiving module, a data sending module, an Internet of Things module and a registration module. After registration through the registration module, the goods and logistics vehicles can be bound, so that the logistics information of the goods can be synchronized through the mobile network of the base station at the first time, so that the goods can be tracked in real time to prevent the loss of goods. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a schematic diagram of the structure after the overall assembly of the present invention. DETAILED DESCRIPTION

[0014] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0015] See also Figure 1 In an embodiment of the present invention, a digital logistics freight management platform system and method includes: The management platform is connected to the satellite positioning equipment to count the real-time location of the goods, so that the relevant personnel can confirm and retrieve the location of the goods in real time; The vehicle management platform is installed on the logistics vehicle. It is equipped with a satellite positioning device to record the vehicle's location information in real time and upload it to the management platform through the base station; The cargo registration platform is used to register cargo, and then synchronize the registration information with the vehicle management platform to match cargo and logistics vehicles; The archiving server is used to connect to the vehicle management platform to store the data of the vehicle management platform and conduct later investigation of logistics information; The base station is used to receive and send information from each module, so that each module can communicate with each other and send data to each other, facilitating timely exchange of data.

[0016] The satellite positioning device is directly installed on the vehicle management platform, and then the vehicle management platform is installed on the logistics vehicle. The circuit between the vehicle management platform and the logistics vehicle is connected, and the license plate number and driver information of the logistics vehicle are registered through the vehicle management platform. The built-in Internet of Things chip of the vehicle management platform is connected to the base station along the way to transmit data in real time. The management platform receives the information of the vehicle management platform through the base station, and then stores the data information to the archiving server for backing up the logistics information. The logistics information is then sent to the shipping and receiving ends through the base station, so that the shipper and the consignee can be informed of the logistics information in time, thereby storing the logistics information in time to prevent the loss of goods.

[0017] The management platform includes a data receiving module, a data sending module, an Internet of Things module, a visual output module, a display module, an input module and a data calculation module, wherein the Internet of Things module is directly connected to the mobile network of the base station through a built-in Internet of Things SIM card, so that the logistics vehicles in motion can synchronize the location information and cargo information to the management platform as soon as possible, and then the Internet of Things module directly sends the received information to the data calculation module through the data receiving module, the data calculation module calculates the information transmitted by the data receiving module, and then directly transmits it to the display module through the visual output module, and the information of the logistics vehicles and the cargo information are centrally displayed through the display module. At this time, the content displayed by the display module can be controlled by the input module, which is convenient for viewing multiple logistics vehicles. At the same time, the data calculation module sends the calculated data to the data sending module, and the data sending module sends the data to the base station through the Internet of Things module, and quickly sends the logistics information to the Internet through the mobile network of the base station, and then the receiving end and the shipping end can directly retrieve and query the logistics information.

[0018] The vehicle management platform includes a connection module, a data receiving module, a data sending module, an Internet of Things module and a registration module, wherein the interface provided by the registration module can be directly connected to the cargo registration platform. After the cargo registration platform scans the cargo, the cargo data is directly sent to the registration module, and the connection module can be directly connected to the logistics vehicle. The logistics vehicle supplies power and transmits data to the vehicle management platform through the connection module. At the same time, the vehicle management module can be connected to the satellite positioning device through the connection module, and the location information of the logistics vehicle can be updated in real time through the WeChat positioning device. After that, the data receiving module directly sends the information of the logistics vehicle, the location information of the logistics vehicle and the cargo information to the data sending module, and the data sending module receives the data. The Internet of Things module is directly connected to the mobile network of the base station through the built-in Internet of Things SIM card, and the data is sent to the Internet through the mobile network of the Tonggu base station as soon as possible.

[0019] A method for a digital logistics freight management platform system, comprising the following steps: Step 1: Connect the wireless module of the cargo registration platform to the vehicle management platform. At this time, scan the logistics order number on the cargo surface through the cargo registration platform and transmit the registered information to the vehicle management platform wirelessly; Step 2: Register vehicle information and driver information through the vehicle management platform, and then send the information to the management platform through the base station for unified collection and management, so that the staff can check the logistics information in time; Step 3: The logistics vehicle starts to transport the goods. During the transportation process, the satellite positioning device records the location of the logistics vehicle in real time, and then sends the location information to the vehicle management platform. The vehicle management platform transmits the location information to the management platform in real time through the connected base station; Step 4: The management platform sends the received information to the archiving server. At the same time, the management platform sends the received information to the shipping end and the receiving end through the base station. Users at the shipping end and the receiving end can obtain the information of their respective related goods in real time.

[0020] Step 5: The information received by the management platform is stored on the archiving server. When there is any doubt about the logistics information, the backup information can be directly retrieved.

Claims

1. A digital logistics and freight management platform system, characterized in that: include: The management platform is connected to the satellite positioning equipment to count the real-time location of the goods, so that the relevant personnel can confirm and retrieve the location of the goods in real time; The vehicle management platform is installed on the logistics vehicle. It is equipped with a satellite positioning device to record the vehicle's location information in real time and upload it to the management platform through the base station; The cargo registration platform is used to register cargo, and then synchronize the registration information with the vehicle management platform to match cargo and logistics vehicles; The archiving server is used to connect to the vehicle management platform to store the data of the vehicle management platform and conduct later investigation of logistics information; The base station is used to receive and send information from each module, so that each module can communicate with each other and send data to each other, facilitating timely exchange of data.

2. A digital logistics and freight management platform system according to claim 1, characterized in that: Directly install the satellite positioning device on the vehicle management platform, then install the vehicle management platform on the logistics vehicle, connect the circuit between the vehicle management platform and the logistics vehicle, register the license plate number and driver information of the logistics vehicle through the vehicle management platform, connect with the base station along the way through the built-in Internet of Things chip of the vehicle management platform, and transmit data in real time.

3. A digital logistics and freight management platform system according to claim 1, characterized in that: The management platform receives information from the vehicle management platform through the base station, and then stores the data information on the archiving server for backing up the logistics information, and then sends the logistics information to the shipping and receiving ends through the base station, so that the shipper and consignee can learn about the logistics information in a timely manner.

4. A digital logistics and freight management platform system according to claim 1, characterized in that: The management platform includes a data receiving module, a data sending module, an Internet of Things module, a visual output module, a display module, an input module and a data calculation module, wherein the Internet of Things module is directly connected to the mobile network of the base station through a built-in Internet of Things SIM card, so that the logistics vehicles in motion can synchronize the location information and cargo information to the management platform as soon as possible, and then the Internet of Things module directly sends the received information to the data calculation module through the data receiving module, the data calculation module calculates the information transmitted by the data receiving module, and then directly transmits it to the display module through the visual output module, and the information of the logistics vehicles and the cargo information are centrally displayed through the display module. At this time, the content displayed by the display module can be controlled by the input module, which is convenient for viewing multiple logistics vehicles. At the same time, the data calculation module sends the calculated data to the data sending module, and the data sending module sends the data to the base station through the Internet of Things module, and quickly sends the logistics information to the Internet through the mobile network of the base station, and then the receiving end and the shipping end can directly retrieve and query the logistics information.

5. A digital logistics and freight management platform system according to claim 1, characterized in that: The vehicle management platform includes a connection module, a data receiving module, a data sending module, an Internet of Things module and a registration module, wherein the interface provided by the registration module can be directly connected to the cargo registration platform. After the cargo registration platform scans the cargo, the cargo data is directly sent to the registration module, and the connection module can be directly connected to the logistics vehicle. The logistics vehicle supplies power and transmits data to the vehicle management platform through the connection module. At the same time, the vehicle management module can be connected to the satellite positioning device through the connection module, and the location information of the logistics vehicle can be updated in real time through the WeChat positioning device. After that, the data receiving module directly sends the information of the logistics vehicle, the location information of the logistics vehicle and the cargo information to the data sending module, and the data sending module receives the data. The Internet of Things module is directly connected to the mobile network of the base station through the built-in Internet of Things SIM card, and the data is sent to the Internet through the mobile network of the Tonggu base station as soon as possible.

6. A digital logistics and freight management platform system and method according to any one of claims 1-5, characterized in that: The following steps are involved: Step 1: Connect the wireless module of the cargo registration platform to the vehicle management platform. At this time, scan the logistics order number on the cargo surface through the cargo registration platform and transmit the registered information to the vehicle management platform wirelessly; Step 2: Register vehicle information and driver information through the vehicle management platform, and then send the information to the management platform through the base station for unified collection and management, so that the staff can check the logistics information in time; Step 3: The logistics vehicle starts to transport the goods. During the transportation process, the satellite positioning device records the location of the logistics vehicle in real time, and then sends the location information to the vehicle management platform. The vehicle management platform transmits the location information to the management platform in real time through the connected base station; Step 4: The management platform sends the received information to the archiving server. At the same time, the management platform sends the received information to the shipping end and the receiving end through the base station. Users at the shipping end and the receiving end can obtain the information of their respective related goods in real time. Step 5: The information received by the management platform is stored on the archiving server. When there is any doubt about the logistics information, the backup information can be directly retrieved.

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